public void ShouldCreateAndReturnDepositObject()
{
// Arrange
var depositName = "FD20171219";
var settlementKey = "aaabbb111222";
var amount = "1000";
var settlementEventDto = new SettlementEventDto
{
Key = settlementKey,
TotalAmount = new AmountDto
{
Amount = amount
}
};
var mpDeposits = new List <MpDeposit>
{
new MpDeposit(),
new MpDeposit()
};
_depositRepository.Setup(r => r.GetDepositNamesByDepositName(It.IsAny <string>())).Returns(mpDeposits);
// Act
var result = _fixture.CreateDeposit(settlementEventDto, depositName);
// Assert
Assert.Equal(settlementKey, result.ProcessorTransferId);
Assert.Equal(Decimal.Parse(amount), result.DepositTotalAmount);
Assert.Equal(result.DepositName, depositName + "002");
}
public IActionResult ProcessPaymentEvent([FromBody] SettlementEventDto settlementEventDto)
{
try
{
_paymentEventService.CreateDeposit(settlementEventDto);
return(Ok());
}
catch (Exception ex)
{
return(StatusCode(400, ex));
}
}
public DepositDto CreateDeposit(SettlementEventDto settlementEventDto, string depositName)
{
var existingDeposits = _depositRepository.GetDepositNamesByDepositName(depositName);
// append a number to the deposit, based on how many deposits already exist by that name
// with the datetime and deposit type
if (existingDeposits.Count < 10)
{
depositName = depositName + "00" + existingDeposits.Count;
}
else if (existingDeposits.Count >= 10 && existingDeposits.Count < 100)
{
depositName = depositName + "0" + existingDeposits.Count;
}
else if (existingDeposits.Count >= 100 && existingDeposits.Count < 999)
{
depositName = depositName + existingDeposits.Count;
}
else if (existingDeposits.Count >= 1000)
{
throw new Exception("Over 999 deposits for same time period");
}
// limit deposit name to 15 chars or less to comply with GP export
if (depositName.Length > 14)
{
var truncateValue = depositName.Length - 14;
depositName = depositName.Remove(0, truncateValue);
}
var depositDto = new DepositDto
{
// Account number must be non-null, and non-empty; using a single space to fulfill this requirement
AccountNumber = " ",
BatchCount = 1,
DepositDateTime = DateTime.Now,
DepositName = depositName,
DepositTotalAmount = Decimal.Parse(settlementEventDto.TotalAmount.Amount),
DepositAmount = Decimal.Parse(settlementEventDto.TotalAmount.Amount),
Exported = false,
Notes = null,
ProcessorTransferId = settlementEventDto.Key
};
return(depositDto);
}
public void CreateDeposit(SettlementEventDto settlementEventDto)
{
// TODO: Verify logger is working once we get to testing
//_logger.LogInformation($"Processing transfer.paid event for transfer id: {settlementEventDto.Key}");
// 1. Check to see if the deposit has already been created. If we do throw an exception.
var existingDeposit = _depositService.GetDepositByProcessorTransferId(settlementEventDto.Key);
if (existingDeposit != null)
{
//_logger.LogError($"Deposit already exists for settlement: {settlementEventDto.Key}");
throw new Exception($"Deposit already exists for settlement: {settlementEventDto.Key}");
}
// 2. Get all payments associated with a settlement from Pushpay's API. Throw an exception
// if none are found.
var settlementPayments = _pushpayService.GetChargesForTransfer(settlementEventDto.Key);
if (settlementPayments.items == null || settlementPayments.items.Count <= 0)
{
//_logger.LogError($"No charges found for settlement: {settlementEventDto.Key}");
throw new Exception($"No charges found for settlement: {settlementEventDto.Key}");
}
// 3. Create and Save the Batch to MP.
var donationBatch = _batchService.CreateDonationBatch(settlementPayments.items, settlementEventDto.Name,
DateTime.Now, settlementEventDto.Key);
var savedDonationBatch = _batchService.SaveDonationBatch(donationBatch);
donationBatch.Id = savedDonationBatch.Id;
// 4. Update all the donations to have a status of deposited and to be part of the new batch.
var updateDonations = _donationService.SetDonationStatus(donationBatch.Donations, donationBatch.Id);
_donationService.Update(updateDonations);
// 5. Create Deposit with the associated batch (should be one batch for one deposit)
var deposit = _depositService.CreateDeposit(settlementEventDto, settlementEventDto.Name);
deposit = _depositService.SaveDeposit(deposit);
// 6. Update batch with deposit id and name and resave
donationBatch.DepositId = deposit.Id;
donationBatch.BatchName = deposit.DepositName + "D";
_batchService.UpdateDonationBatch(donationBatch);
}
public void ShouldTruncateDepositNameOverFifteenChars()
{
// Arrange
var depositName = "ABCDEFGHIJKLMNO";
var settlementKey = "aaabbb111222";
var amount = "1000";
var settlementEventDto = new SettlementEventDto
{
Key = settlementKey,
TotalAmount = new AmountDto
{
Amount = amount
}
};
var mpDeposits = new List <MpDeposit>
{
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
new MpDeposit(),
};
_depositRepository.Setup(r => r.GetDepositNamesByDepositName(It.IsAny <string>())).Returns(mpDeposits);
// Act
var result = _fixture.CreateDeposit(settlementEventDto, depositName);
// Assert
Assert.Equal(settlementKey, result.ProcessorTransferId);
Assert.Equal(Decimal.Parse(amount), result.DepositTotalAmount);
Assert.Equal("EFGHIJKLMNO" + "011", result.DepositName);
Assert.True(14 >= result.DepositName.Length);
}
